mhd-medfa/NoisyStudent-Based-Object-Recognition

3rd place solution

20
/ 100
Experimental

This helps train an object recognition model to accurately identify nine common objects like cars, birds, and ships, even when your training data comes from slightly different visual environments. It takes in images from both a labeled source and a related, unlabeled source, and outputs a refined model capable of classifying images more robustly. This is useful for data scientists or machine learning engineers working on image classification tasks with varied or domain-shifted datasets.

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Use this if you need to improve the accuracy of an image recognition system when you have labeled data from one environment and unlabeled data from a slightly different but related environment.

Not ideal if your image recognition task involves a completely different set of objects or if you only have a single, homogeneous dataset.

image-classification object-recognition machine-learning-engineering computer-vision dataset-domain-adaptation
Stale 6m No Package No Dependents
Maintenance 0 / 25
Adoption 4 / 25
Maturity 16 / 25
Community 0 / 25

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8

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Language

Jupyter Notebook

License

MIT

Last pushed

Jun 20, 2022

Commits (30d)

0

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